BACKGROUND: A new method of thermoablation with hot water vapour based on a new type of microtube was developed. This approach allows tumours, with volume and anatomical positions not accessible to other techniques (cryoablation, radiofrequency ablation, laser ablation) to be treated. MATERIALS AND METHODS: The method was tested on a human colon carcinoma grafted subcutaneously in Swiss nude mice and the experiment monitored under magnetic resonance imaging. RESULTS: It was found that 2.52 cal s(-1) per cm3 of tumour were necessary to reduce tumour size. The microtube is built to withstand a large range of temperatures and pressures and is biocompatible. CONCLUSION: A specific feature of this technique is that, besides hot vapour, several t...
A micro-heat-pipe catheter provides a hyperthermia or hypothermia source for the treatment of cancer...
Thermal ablation processes hold the promise of less invasive cancer management. But broader acceptan...
The prevalence of cancer and infectious disease demands for development of more effective treatment ...
A new method of thermoablation with hot water vapour based on a new type of microtube was developed....
Ce travail de thèse prouve que la combinaison de la thermoablation et de l’hyperthermie modérée peut...
International audienceThis work presents an integrated technology for assessing in vivo anti-cancer ...
We describe an innovative form of polymer micro-tubes with diverse functions including biodegradati...
This present work demonstrates that thermal ablation and mild hyperthermia could be combined for sol...
The therapeutic application of heat is very effective in cancer treatment. Both hyperthermia, i.e., ...
International audienceObjective: Thermal therapies are rapidly gaining importance in oncology as an ...
Preclinical studies have shown that application of mild hyperthermia (40–43 °C) is a promising adjuv...
Zahra Sobhani,1,2 Mohammad Ali Behnam,3 Farzin Emami,3 Amirreza Dehghanian,4 Iman Jamhiri5 1Quality...
Thermal ablation of tumors is a minimally invasive technique more and more employed in cancer treatm...
Preclinical studies have shown that application of mild hyperthermia (40–43 °C) is a promising adjuv...
Hyperthermia is a method of treatment for cancer tumors in which bodily tissue is heated to temperat...
A micro-heat-pipe catheter provides a hyperthermia or hypothermia source for the treatment of cancer...
Thermal ablation processes hold the promise of less invasive cancer management. But broader acceptan...
The prevalence of cancer and infectious disease demands for development of more effective treatment ...
A new method of thermoablation with hot water vapour based on a new type of microtube was developed....
Ce travail de thèse prouve que la combinaison de la thermoablation et de l’hyperthermie modérée peut...
International audienceThis work presents an integrated technology for assessing in vivo anti-cancer ...
We describe an innovative form of polymer micro-tubes with diverse functions including biodegradati...
This present work demonstrates that thermal ablation and mild hyperthermia could be combined for sol...
The therapeutic application of heat is very effective in cancer treatment. Both hyperthermia, i.e., ...
International audienceObjective: Thermal therapies are rapidly gaining importance in oncology as an ...
Preclinical studies have shown that application of mild hyperthermia (40–43 °C) is a promising adjuv...
Zahra Sobhani,1,2 Mohammad Ali Behnam,3 Farzin Emami,3 Amirreza Dehghanian,4 Iman Jamhiri5 1Quality...
Thermal ablation of tumors is a minimally invasive technique more and more employed in cancer treatm...
Preclinical studies have shown that application of mild hyperthermia (40–43 °C) is a promising adjuv...
Hyperthermia is a method of treatment for cancer tumors in which bodily tissue is heated to temperat...
A micro-heat-pipe catheter provides a hyperthermia or hypothermia source for the treatment of cancer...
Thermal ablation processes hold the promise of less invasive cancer management. But broader acceptan...
The prevalence of cancer and infectious disease demands for development of more effective treatment ...